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peptide microarray for epitope mapping  (Abnova)

 
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    Abnova peptide microarray for epitope mapping
    Peptide Microarray For Epitope Mapping, supplied by Abnova, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
    https://www.bioz.com/result/peptide microarray for epitope mapping/product/Abnova
    Average 90 stars, based on 1 article reviews
    peptide microarray for epitope mapping - by Bioz Stars, 2026-04
    90/100 stars

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    peptide microarray epitope mapping  (Abnova)
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    Abnova peptide microarray epitope mapping
    Domain and <t>epitope</t> mapping of anti-KDR antibodies. (a) Domain mapping analysis of anti-KDR antibodies on the extracellular region of KDR. Black bar represents extracellular domain 1 and 2 of KDR (KDR (ECD 1–2)). Gray bar represents extracellular domain 2 and 3 of KDR (KDR (ECD 2–3)). White bar represents extracellular domain 1, 2 and 3 of KDR (KDR (ECD 1–3)). (b) <t>Peptide</t> <t>microarray</t> for epitope mapping. As an antigen, KDR (ECD1–3) was used. The sequence was scanned with a format of 13meric peptides overlapping 11 amino acid residues with the following peptide, resulting in a total of 149 peptides. The binding of primary antibody (TTAC-0001, control human IgG) to the peptide was measured with dylight-649 labeled secondary antibody. Left panel: Fluorescence intensity of peptide. The intensity of fluorescence measured by TTAC-0001 was subtracted the value of control human IgG (Pierce). Arrows indicate peptides showing over 10,000 LU of signal intensity. Right panel: Amino acid sequence (peptide i.d.) showed high intensity of fluorescence (≥ 10,000 LU). The sequences inside the box indicate epitopes for TTAC-0001.
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    p 396 epitope mapping using a new format of cellulose supported peptide microarrays  (INTAVIS Inc)
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    Domain and <t>epitope</t> mapping of anti-KDR antibodies. (a) Domain mapping analysis of anti-KDR antibodies on the extracellular region of KDR. Black bar represents extracellular domain 1 and 2 of KDR (KDR (ECD 1–2)). Gray bar represents extracellular domain 2 and 3 of KDR (KDR (ECD 2–3)). White bar represents extracellular domain 1, 2 and 3 of KDR (KDR (ECD 1–3)). (b) <t>Peptide</t> <t>microarray</t> for epitope mapping. As an antigen, KDR (ECD1–3) was used. The sequence was scanned with a format of 13meric peptides overlapping 11 amino acid residues with the following peptide, resulting in a total of 149 peptides. The binding of primary antibody (TTAC-0001, control human IgG) to the peptide was measured with dylight-649 labeled secondary antibody. Left panel: Fluorescence intensity of peptide. The intensity of fluorescence measured by TTAC-0001 was subtracted the value of control human IgG (Pierce). Arrows indicate peptides showing over 10,000 LU of signal intensity. Right panel: Amino acid sequence (peptide i.d.) showed high intensity of fluorescence (≥ 10,000 LU). The sequences inside the box indicate epitopes for TTAC-0001.
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    Domain and epitope mapping of anti-KDR antibodies. (a) Domain mapping analysis of anti-KDR antibodies on the extracellular region of KDR. Black bar represents extracellular domain 1 and 2 of KDR (KDR (ECD 1–2)). Gray bar represents extracellular domain 2 and 3 of KDR (KDR (ECD 2–3)). White bar represents extracellular domain 1, 2 and 3 of KDR (KDR (ECD 1–3)). (b) Peptide microarray for epitope mapping. As an antigen, KDR (ECD1–3) was used. The sequence was scanned with a format of 13meric peptides overlapping 11 amino acid residues with the following peptide, resulting in a total of 149 peptides. The binding of primary antibody (TTAC-0001, control human IgG) to the peptide was measured with dylight-649 labeled secondary antibody. Left panel: Fluorescence intensity of peptide. The intensity of fluorescence measured by TTAC-0001 was subtracted the value of control human IgG (Pierce). Arrows indicate peptides showing over 10,000 LU of signal intensity. Right panel: Amino acid sequence (peptide i.d.) showed high intensity of fluorescence (≥ 10,000 LU). The sequences inside the box indicate epitopes for TTAC-0001.

    Journal: mAbs

    Article Title: TTAC-0001, a human monoclonal antibody targeting VEGFR-2/KDR, blocks tumor angiogenesis

    doi: 10.1080/19420862.2015.1045168

    Figure Lengend Snippet: Domain and epitope mapping of anti-KDR antibodies. (a) Domain mapping analysis of anti-KDR antibodies on the extracellular region of KDR. Black bar represents extracellular domain 1 and 2 of KDR (KDR (ECD 1–2)). Gray bar represents extracellular domain 2 and 3 of KDR (KDR (ECD 2–3)). White bar represents extracellular domain 1, 2 and 3 of KDR (KDR (ECD 1–3)). (b) Peptide microarray for epitope mapping. As an antigen, KDR (ECD1–3) was used. The sequence was scanned with a format of 13meric peptides overlapping 11 amino acid residues with the following peptide, resulting in a total of 149 peptides. The binding of primary antibody (TTAC-0001, control human IgG) to the peptide was measured with dylight-649 labeled secondary antibody. Left panel: Fluorescence intensity of peptide. The intensity of fluorescence measured by TTAC-0001 was subtracted the value of control human IgG (Pierce). Arrows indicate peptides showing over 10,000 LU of signal intensity. Right panel: Amino acid sequence (peptide i.d.) showed high intensity of fluorescence (≥ 10,000 LU). The sequences inside the box indicate epitopes for TTAC-0001.

    Article Snippet: Peptide microarray of epitope mapping Peptide microarray for epitope mapping was done by Abnova (Taipei city, Taiwan).

    Techniques: Peptide Microarray, Sequencing, Binding Assay, Control, Labeling, Fluorescence